On the radiometric resolution of SAR signals

In accordance with the provisions of the theory of statistical decisions, an expression for the error probability of discriminating the intensities of two signals as a function of the radiometric resolution of a synthetic aperture radar is obtained. The result of observing fluctuations at the input...

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Main Authors: Chernoyarov Oleg, Ivanov Vladimir, Chernoiarova Elena, Glushkov Dmitry, Karimova Gulmira
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:E3S Web of Conferences
Online Access:https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/39/e3sconf_transsiberia2023_14007.pdf
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author Chernoyarov Oleg
Ivanov Vladimir
Chernoiarova Elena
Glushkov Dmitry
Karimova Gulmira
author_facet Chernoyarov Oleg
Ivanov Vladimir
Chernoiarova Elena
Glushkov Dmitry
Karimova Gulmira
author_sort Chernoyarov Oleg
collection DOAJ
description In accordance with the provisions of the theory of statistical decisions, an expression for the error probability of discriminating the intensities of two signals as a function of the radiometric resolution of a synthetic aperture radar is obtained. The result of observing fluctuations at the input of the processing channel over a finite interval is represented by a sequence of complex samples that are the sum of samples of uncorrelated normal noise and signal samples. This sequence is considered as a normal complex random vector with a specified normalized correlation matrix, while the processing algorithm is assumed to be given. The proposed approach is compared with known methods for determining the radiometric resolution: the heuristic method and the differential radio contrast method. The advantages of the proposed method are demonstrated.
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spelling doaj.art-eb766b43edbf45679dd2c8a122f5a97a2023-07-21T09:40:57ZengEDP SciencesE3S Web of Conferences2267-12422023-01-014021400710.1051/e3sconf/202340214007e3sconf_transsiberia2023_14007On the radiometric resolution of SAR signalsChernoyarov Oleg0Ivanov Vladimir1Chernoiarova Elena2Glushkov Dmitry3Karimova Gulmira4National Research University “MPEI”National Research University “MPEI”National Research University “MPEI”Voronezh State Technical UniversityKyrgyz State Technical University named after I. RazzakovIn accordance with the provisions of the theory of statistical decisions, an expression for the error probability of discriminating the intensities of two signals as a function of the radiometric resolution of a synthetic aperture radar is obtained. The result of observing fluctuations at the input of the processing channel over a finite interval is represented by a sequence of complex samples that are the sum of samples of uncorrelated normal noise and signal samples. This sequence is considered as a normal complex random vector with a specified normalized correlation matrix, while the processing algorithm is assumed to be given. The proposed approach is compared with known methods for determining the radiometric resolution: the heuristic method and the differential radio contrast method. The advantages of the proposed method are demonstrated.https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/39/e3sconf_transsiberia2023_14007.pdf
spellingShingle Chernoyarov Oleg
Ivanov Vladimir
Chernoiarova Elena
Glushkov Dmitry
Karimova Gulmira
On the radiometric resolution of SAR signals
E3S Web of Conferences
title On the radiometric resolution of SAR signals
title_full On the radiometric resolution of SAR signals
title_fullStr On the radiometric resolution of SAR signals
title_full_unstemmed On the radiometric resolution of SAR signals
title_short On the radiometric resolution of SAR signals
title_sort on the radiometric resolution of sar signals
url https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/39/e3sconf_transsiberia2023_14007.pdf
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AT ivanovvladimir ontheradiometricresolutionofsarsignals
AT chernoiarovaelena ontheradiometricresolutionofsarsignals
AT glushkovdmitry ontheradiometricresolutionofsarsignals
AT karimovagulmira ontheradiometricresolutionofsarsignals